Utilizing adaptive frequency hoppingtechnology across multiple bands toachieve resistance to radio frequencyinterference, it possesses high-precisionvisual navigation capabilities, ensuringstable flight in complex environments withstrong signal interference. In urban,suburban, and building scenarios wheresatellite signals are blocked or weak, stableflight is maintained through SLAM visualnavigation technology.
The entire drone adopts a quick-releasedesign, offering flexible and efficientoperation, and addressing the issue oftraditional vertical takeoff and landingfixed-wing drones being large andinconvenient to transport. The systemperforms rapid self-checks to respond toemergencies, achieving rapid takeoff within10 minutes.
Integrating Autel Robotics advanced flightcontrol and Al technologies, the powerfulcombination of software and hardwareincludes features such as one-key takeoffand landing, intelligent tracking, point-to-fly,terrain following, waypoint missions, andrapid tasking. These intelligent functionseasily meet complex operational demands,offering convenience and control.
Fully Automated Flight: From takeoff to mission execution, the system operates fully autonomously without manual intervention. Single Operator: An optimized workflow enables a single operator to complete complex missions.
| Specification | Details |
| Dimensions | 3025.7x4566x823.6 mm (incl. propellers)
2735x4566x823.6 mm (excl. propellers) |
| Weight | 29 kg (incl. batteries, propellers, excl. gimbal) |
| Max. Extra Payload Weight | 10kg |
| Max. Flight Time |
270 min (empty payload). 210 min (@DG-T5) |
| Max. Flight Mileage | 220 km (@DG-T5) |
| Protection Rate | IP45 |
| Service Ceiling Above Sea Level | 5000 m |
| Max. Horizontal Flight Speed | 35 m/s |
| Max. Wind resistance | 12 m/s |
| Operating Temperature | -20°C to 50°C |
| Max. Signal Distance | 60km |
| GNSS | GPS + Galileo +BDS + GLONASS |
| Non-GNSS Flight | Supported, Installation of a bottom-viewnavigation gimbal (optional) required |